JP6779072B2 - Boarding bridge adapter - Google Patents

Description

The present invention relates to a passenger boarding bridge adapter as a transfer plate (talap) used between a passenger boarding bridge and an aircraft entrance / exit when a passenger boarding a passenger aircraft at an airport.

Passenger aircraft are provided with entrances and exits on the sides for introducing passengers, crew members or workers (hereinafter referred to as passengers, etc.) into the aircraft, and are opened or closed by entrance / exit doors. A passenger boarding bridge (hereinafter referred to as "PBB" in this specification) is arranged from the boarding gate in the airport building where passengers and the like are arranged to the boarding gate of the aircraft. The PBB is connected to the airport building via a rotunda, and a cab serving as a connection with the aircraft is arranged at the tip of the tunnel on the aircraft side. In general, the PBB is adapted to correspond to the airframe shape of the mainstream types of large and medium-sized aircraft that are scheduled to be parked.

Japanese Unexamined Patent Publication No. 2008-143295 JP-A-2008-143296

However, small aircraft other than the planned aircraft may also use PBB that matches the body shape of the mainstream aircraft. At this time, the tip of the cab of the PBB may not be completely joined to the small regional machine. However, if a PBB dedicated to regional aircraft is introduced as a PBB, the boarding gate where the PBB is placed can only be used for regional aircraft, and the dedicated spot will be fixed, and costs such as the introduction of a new PBB and the renovation of the airport building will be required. There is a disadvantage in terms of. Therefore, in order to enable the conventional PBB for large and medium-sized aircraft to be used for regional aircraft, it would be advantageous if an intermediary device between the cab and the aircraft could be provided without the need for renovation of the current airport building.

An aircraft having a handrail arranged on the edge of the stairs arranged on the inner surface of the entrance / exit door, the door opening is opened by rotating the entrance / exit door of the aircraft around the lower edge of the entrance / exit door, and a boarding bridge. A boarding bridge adapter used between the above, the boarding bridge adapter is a main body portion having a front extending portion and a rear extending portion, and the rear extending portion is the floor surface of the boarding bridge. The front extension portion of the main body is in contact with the floor surface of the boarding bridge, and the tip of the front extension portion is the door opening of the aircraft. A main body that can come into contact with the floor surface, wheels that rotatably support the main body, handrails arranged on both edges of the main body, a front plate extension portion, and the front plate extension portion. A slope plate including a rear plate extending portion that connects without a step, the front plate extending portion is arranged on the front extending portion of the main body portion, and the rear plate extending portion is the main body portion. The handrail provided with the slope plate arranged on the rear extension portion and arranged on the edge of the stairs arranged on the inner surface of the boarding / alighting door is the handrail of the boarding bridge adapter in the mounted state of the boarding bridge adapter. The lower end of the front edge on the side closest to the aircraft is located above the upper edge of the handrail of the boarding / alighting door when the boarding / alighting door is completely opened, and the lower end of the front edge on the side closest to the aircraft. The lower edge of the handrail of the boarding bridge adapter extending from the lower end is solved by a boarding bridge adapter having an inclination angle smaller than the inclination angle of the upper edge of the handrail of the boarding / alighting door.

According to the present invention, one type of cab enables boarding on all types of aircraft having a predetermined height difference (within a height difference of about 33 cm) between a PBB and a regional aircraft.

It is the figure which looked at the state which the boarding bridge adapter of this invention is used for a regional aircraft from the front of an aircraft. It is a perspective view when the boarding bridge adapter of this invention is applied to a regional machine and a PBB for a large-sized / medium-sized machine. It is a figure at the time of applying the boarding bridge adapter of this invention to a regional machine and PBB for a large-sized machine, and is a figure which showed the state before the boarding bridge adapter is attached. It is a figure at the time of applying the boarding bridge adapter of this invention to a regional machine and PBB for a large-sized machine, and is a figure which showed the state after attaching the boarding bridge adapter. It is an enlarged view of the part of the slide member of the boarding bridge adapter of this invention, and is the figure which showed the state before mounting of the boarding bridge adapter. It is an enlarged view of the part of the slide member of the boarding bridge adapter of this invention, and is the figure which showed the state in the process of attaching the boarding bridge adapter. It is an enlarged view of the part of the slide member of the boarding bridge adapter of this invention, and is the figure which showed the state after attachment of the boarding bridge adapter.

The boarding bridge adapter 1 of the present invention will be described with reference to FIGS. 1 to 4 from a state in which the boarding bridge adapter 1 is applied between a PBB for a large / medium-sized aircraft and a regional aircraft. FIG. 1 is a view seen from the front of the aircraft 30 when the PBB 40 in the present invention is joined to the aircraft 30 of the regional aircraft size. FIG. 2 is a perspective view when the boarding bridge adapter 1 is applied to the door opening 30a of the aircraft 30. 3 and 4 are views showing a state when the boarding bridge adapter 1 is applied to the door opening 30a of the aircraft 30, and is a view seen from the arrow A side of FIG. FIG. 3 shows a state before the boarding bridge adapter 1 is attached, and FIG. 4 shows a state after the boarding bridge adapter 1 is attached.

The PBB 40 to which the boarding bridge adapter 1 of the present invention is applied is provided with a telescopic tunnel and a cab 40a on the aircraft 30 side of the tunnel, as in the conventional case. The PBB extends almost horizontally in the case of a large aircraft size, but in the case of a regional aircraft size, it is extended so as to tilt forward according to the height of the entrance / exit of the aircraft 30. A bellows is attached to the aircraft 30 side of the cab 40a, joins the cab 40a to the aircraft 30 without damaging the outer wall of the aircraft 30, and acts as a rain shield for passengers and the like. The entrance / exit door 31 of the aircraft 30 rotates outward around its lower edge to open the door opening 30a. When the entrance / exit door 31 is completely opened, the stairs (hereinafter referred to as “airstair”) 32 appear with the inner surface facing upward. Handrails 33 are arranged at both ends of the airstair 32. The entrance / exit door 31, the airstair 32, and the handrail 33 rotate as one. With the entrance / exit door 31 completely open, the airstair 32 has a series of steps so as to descend from the door opening 30a toward the ground. With the handrail 33 completely open, the upper edge of the handrail 33 faces diagonally downward from the door opening 30a in the horizontal direction along the diagonally downward direction in which the steps of the airstair 32 are continuous. It is installed so that it extends. The height of the floor surface 41 (cab portion floor surface) of the PBB 40 is higher than the floor surface of the door opening 30a of the aircraft 30.

The boarding bridge adapter 1 includes a handrail 2, a slope plate 3, and a main body 4. The handrails 2 are attached to both edges of the main body 4 so as to stand upright from the main body 4 along both edges of the boarding bridge adapter 1. The main body 4 includes a front extension 4a and a rear extension 4b extending in the direction opposite to the front extension 4a. The front extending portion 4a is lower than the rear extending portion 4b and forms a step. It is a boarding bridge adapter 1 between the handrails 2, and a slope plate 3 is arranged on the main body 4. The slope plate 3 may be detachably attached to the main body 4, or may be fixed to the main body 4 by a fastener, welding, or the like. When the slope plate 3 is detachably attached to the main body 4, the main body 4 functions as a floor surface for walking, and the slope plate 3 functions as a barrier-free floor surface such as a wheelchair. The slope plate 3 includes a front extension plate portion 3a and a rear extension plate portion 3b so as to extend without a step from the front extension plate portion 3a in the direction opposite to the front extension plate portion 3a. The front extension plate portion 3a is arranged above the front extension portion 4a of the main body portion 4, and the rear extension plate portion 3b is arranged above the rear extension portion 4b of the main body portion 4. The rear extending portion 4b of the main body portion 4 comes into contact with the floor surface 41 (cab portion floor surface) of the PBB 40. The front extension portion 4a of the main body portion 4 is located on the floor of the door opening 30a of the aircraft 30 from a position lower than the rear extension portion 4b, that is, the floor surface 41 (cab portion floor surface) of the PBB 40 (position at which a step is formed). It extends toward the surface so as to form a slope.

The inclination of the slope plate 3 (the angle formed by the front extension plate portion 3a and the rear extension plate portion 3b) is such that when the tip of the front extension plate portion 3a is installed on the floor surface of the door opening 30a of the aircraft 30. The rear extension plate portion 3b is at an angle at which the floor surface 41 (cab portion floor surface) of the PBB 40 contacts. The front extension plate portion 3a extends from the rear extension plate portion 3b from the floor surface 41 (cab portion floor surface) of the PBB 40 toward the floor surface of the door opening 30a of the aircraft 30 so as to be lowered. The inclination of the slope plate 3 (the angle formed by the front extension plate portion 3a and the rear extension plate portion 3b) is such that when the tip of the front extension plate portion 3a is installed on the floor surface of the door opening 30a of the aircraft 30. The rear extension plate portion 3b is at an angle at which the floor surface 41 (cab portion floor surface) of the PBB 40 contacts.

Wheels 6 are attached to the lower part of the main body 4. The wheels 6 can travel on the floor surface 41 of the PBB 40 toward the aircraft 30, whereby the boarding bridge adapter 1 can be supported by the wheels 6 and move to the installation position of the PBB 40. The wheel 6 is located below the slope plate 3. The wheel 6 can move the boarding bridge adapter 1 back and forth in a state where the front extension plate portion 3a and the rear extension plate portion 3b of the slope plate 3 do not come into contact with the floor. The main body on the side of the rear extension plate portion 3b with respect to the wheel 6 is provided with a slide member 7 to be attached so that the rear extension plate portion 3b has an angle with respect to the extending direction. The slide member 7 is attached so as to extend obliquely from the wheel 6 toward the rear extension plate portion 3b. That is, the slide member 7 is fixed so as to extend diagonally downward in the direction from the PBB 40 to the aircraft 30 with respect to the surface of the rear extension plate portion 3b.

The positional relationship between the wheel 6 and the slide member 7 will be described with reference to FIGS. 5 to 7. FIG. 5 is a diagram showing the vicinity of the wheel 6 in a state where the boarding bridge adapter 1 is moving on the floor surface 41 of the PBB 40 by the wheel 6. FIG. 6 is a diagram showing a state in which the wheel 6 exceeds the floor surface 41 of the PBB 40 and the slide member 7 is in contact with the floor surface 41 of the PBB 40. FIG. 7 is a diagram showing a state in which the slide end 7a of the slide member 7 is in contact with the floor surface 41 of the PBB 40.

As shown in FIG. 5, the wheel 6 travels on the floor surface 41 of the PBB 40 toward the aircraft 30, and then separates from the floor surface 41 of the PBB 40 by contact with the floor surface 41 of the PBB 40. Up to this stage, the boarding bridge adapter 1 is supported by the wheels 6 (FIG. 5). Further, when the wheel 6 advances and the boarding bridge adapter 1 exceeds the floor surface 41 of the PBB 40, the wheel 6 is separated from the floor surface 41 of the PBB 40, and the slide member 7 is separated from the floor surface 41 of the PBB 40 and the upper edge 41a of the end of the floor surface 41 of the PBB 40. The contact point between the slide member 7 and the upper edge 41a of the end slides to the slide end 7a of the slide member 7 (FIG. 6). When the contact point reaches the end of the slide 7a, the rear extension plate portion 3b of the slope plate 3 comes into contact with the floor surface 41 of the PBB 40, and the boarding bridge adapter 1 is supported (FIG. 7).

In the boarding bridge adapter 1, when the rear extending portion 4b of the main body 4 comes into contact with the floor surface 41 of the PBB 40, the tip edge of the front extending portion 4a of the main body 4 directly contacts the floor surface of the door opening 30a. , A damper plate 5 is provided to prevent line contact. The damper plate 5 is rotatably attached around the rotation shaft 5a. In the damper plate 5, the tip 5b of the damper plate and the rear end 5c of the damper plate oscillate around the rotation shaft 5a, and the damper plate 5 is the door opening 30a of the aircraft 30 regardless of the inclination angle of the boarding bridge adapter 1. It is designed to come into contact with the floor surface of the building. A damper plate 5 is located between the tip 3c of the front extension plate portion 3a of the slope plate 3 and the floor surface of the door opening 30a, and the front extension plate of the slope plate 3 is extended via the damper plate 5. The tip of the portion 3a comes into contact with the floor surface of the door opening 30a of the aircraft 30. Further, even if the damper plate 5 is not arranged and the tip 3c of the front extension plate portion 3a of the slope plate 3 comes into direct contact with the floor surface of the door opening 30a of the aircraft 30 without passing through the damper plate 5. Good.

When the damper plate 5 is arranged, the boarding bridge adapter 1 is placed on the floor surface 41 of the PBB 40 when the boarding / alighting door 31 of the aircraft 30 is opened outward with the lower edge thereof as the center, as in the regional aircraft. The damper plate 5 has an arbitrary inclination angle when the wheels 6 are moving while being in contact with each other (the state shown in FIG. 3). For example, the damper plate 5 has an inclination angle close to the inclination of the slope plate 3. When the boarding bridge adapter 1 is attached to a predetermined position on the floor surface 41 of the PBB 40, the tip 5b of the damper plate 5 first comes into contact with the floor surface of the door opening 30a of the aircraft 30. When the angle of the boarding bridge adapter 1 is changed to install the boarding bridge adapter 1 in a predetermined position, the tip 5b of the damper plate 5 is pushed, the damper plate 5 is rotated, and the rear end 5c of the damper plate 5 is moved. , Coming down toward the floor of the door opening 30a of the aircraft 30. Then, when the boarding bridge adapter 1 is completely installed at a predetermined position, the entire surface of the damper plate 5 comes into contact with the floor surface of the door opening 30a of the aircraft 30. The tip 3c of the front extension plate portion 3a of the slope plate 3 comes into contact with the damper plate 5, and the tip 3c of the front extension plate portion 3a of the slope plate 3 passes through the damper plate 5 to the door opening 30a of the aircraft 30. Contact the floor.

In an aircraft 30 such as a regional aircraft in which the door 31 of the aircraft 30 rotates outward around the lower edge thereof to open the door opening 30a, the door 31 is completely opened. Then, the upper edge of the handrail 33 of the airstair 32 is attached so as to extend diagonally downward from the door opening 30a in the horizontal direction along the diagonally downward direction in which the steps of the airstair 32 are continuous. The handrail 2 of the boarding bridge adapter 1 extends from the PBB 40 toward the aircraft 30 along the longitudinal direction of the main body 4. Here, the boarding bridge adapter 1 is attached to the PBB 40, that is, the rear extending portion 4b of the main body 4 comes into contact with the floor surface 41 of the PBB 40, and the tip of the front extending portion 4a of the main body 4 (damper). When the plate 5 is arranged, the state in which the damper plate 5) is in contact with the floor surface of the door opening 30a of the aircraft 30 is defined as the “mounting state”.

In the mounted state of the boarding bridge adapter 1, the handrail 2 of the boarding bridge adapter 1 is arranged above the air steer 32 of the regional aircraft. That is, when the handrail 2 of the boarding bridge adapter 1 is attached, the lower end 2c of the front edge 2a on the side closest to the aircraft of the handrail 2 of the boarding bridge adapter 1 is air-steered when the boarding / alighting door 31 is completely opened. It is located above the upper edge of the handrail 33 of 32. Then, the handrail 2 of the boarding bridge adapter 1 has an inclination angle (horizontal) of the lower edge of the handrail 2 of the boarding bridge adapter 1 extending from the lower end 2c of the front edge 2a on the side closest to the aircraft of the handrail 2 of the boarding bridge adapter 1. The inclination angle toward the lower side with respect to the direction) is smaller than the inclination angle of the upper edge of the handrail 33 of the airstair 32 (the inclination angle toward the lower side with respect to the horizontal direction). As a result, even in the "mounted state" of the boarding bridge adapter 1, it does not interfere with the handrail 33 of the air steer 32 of the regional aircraft. That is, regardless of the width of the handrail 33 of the airstair 32 of the airframe, the boarding bridge adapter 1 can be attached without removing the handrail 33 of the airstair 32.

1 Boarding bridge adapter 2 Handrail 3 Slope plate 4 Main body 5 Damper plate 6 Wheels 7 Slide member

Claims (5)

And aircraft Futobira the door opening open Ru opened multiplication, and boarding bridges, a boarding bridge adapter used during the boarding bridge adapter,
It is a main body portion including a front extension portion and a rear extension portion, the rear extension portion thereof can be in contact with the floor surface of the boarding bridge, and the front extension portion is the rear extension portion of the main body portion. With the protruding portion in contact with the floor surface of the boarding bridge, the tip of the forward extending portion can contact the floor surface of the door opening of the aircraft.
A wheel that rotatably supports the main body and runs on the floor of the boarding bridge .
Handrails placed on both edges of the main body
A slope plate including a front plate extending portion and a rear plate extending portion that connects to the front plate extending portion without a step, and the front plate extending portion is placed on the front extending portion of the main body portion. The rear plate extending portion is provided with a slope plate arranged on the rear extending portion of the main body portion.
The handrail is disposed on the edge of the stairs are located on the inner surface of the passenger door, in the mounted state of the boarding bridge adapter, the lower end of the front edge of the side closest to the aircraft handrail of the boarding bridge adapter the passenger door Is located above the upper edge of the handrail of the boarding / alighting door when is completely open.
A boarding bridge adapter whose lower edge of the handrail of the boarding bridge adapter extending from the lower end of the front edge on the side closest to the aircraft has an inclination angle smaller than the inclination angle of the upper edge of the handrail of the boarding / alighting door. The boarding bridge adapter according to claim 1.
The front extension portion of the main body portion and the rear extension portion of the main body portion are connected with a step.
The boarding bridge adapter is characterized in that the slope plate is detachably attached to the main body portion. The boarding bridge adapter according to claim 1.
The boarding bridge adapter, characterized in that the slope plate is fixed to the main body portion. The boarding bridge adapter according to claim 2.
A boarding bridge adapter including a slide member fixed so as to extend diagonally downward in the direction from the boarding bridge to the aircraft with respect to the surface of the rear extending portion. The boarding bridge adapter according to any one of claims 1 to 4.
A damper plate is rotatably attached to the front extension portion of the main body portion, and the front plate extension portion of the slope plate comes into contact with the floor surface of the aircraft via the damper plate. Boarding bridge adapter.

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